What's that angled bracket on top of n? In my copy of "Higher Algebra" by Hall & Knight,(1955 Ed; 1st Edition 1887) there is something similar but the angled bracket appears on the lower left - this was the old notation for n!
Hi,
Capture.JPG
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
What's that angled bracket on top of n? In my copy of "Higher Algebra" by Hall & Knight,(1955 Ed; 1st Edition 1887) there is something similar but the angled bracket appears on the lower left - this was the old notation for n!
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oh sorry I should've explained it, the LHS= the present value of a level increasing annuity payable continuously for n years at a rate of i percent p/a
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
I think I must be doing something wrong. For the summation I just want
Last edited by BenHowe; 31 Jan 2018 at 11:17 AM.
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
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IB: Maths Studies, Maths SL & Maths HL; HSC: 2U, 3U & 4U
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There are IB Maths Tutors and there are IB Maths Tutors.
Oh yeah sorry I skipped stuff as well , where v is (1+i)^-1, so discounting whatever for 1 period but delta is the force or the rate of interest payable continously. so v=(1+i)^-1=e^-delta
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
Thanks for the help guys I realised my errors and can do it/understand it now. Thanks heaps! I'd upload the solution but I don't know how to put the actuarial angle in the bos LaTeX editor only on the LaTeX editor on my computer. That and you guys would find it very boring
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
Hey,
I think the answer is yes but I can't clearly explain why. Help please Capture.PNG
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
Dw all good standard integral properties
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
this all looks cancerous, do we ever have to do stuff like this in applied finance or is this just actuarial work?
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No this is financial maths for actuaries. In saying that, you will encounter some of it like interest rates compounded continuously or momently etc. I just think the treatment of the material is a little different. I'll let you know though
2nd Year Applied Finance/Actuarial Studies @ MQ
GPA 6.67 WAM 87%
Part 1's:CT7
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